Insurers and reinsurers
Portfolio enrichment, accumulation analysis, event response and claims triage.
Seismic Asset Intelligence combines earthquake hazard, asset exposure, building characteristics, observed damage evidence and calibrated models to support portfolio risk, post-event assessment and operational prioritisation.
What assets are in the portfolio, and how confidently were they identified?
What earthquake intensity and secondary-hazard evidence applies at each asset?
What damage, repair-cost and downtime ranges are supported by the current evidence?
Which records or assets should a person review first?
Access, fields, coverage, service level and permitted use are defined for each customer workflow.
Portfolio enrichment, accumulation analysis, event response and claims triage.
Site resilience, critical-facility review, disruption and supplier exposure.
Scenario planning, affected-area assessment and inspection prioritisation.
Physical-risk screening, portfolio concentration and asset-level exposure.
Canonical assets and facilities, earthquake events, hazard observations, building attributes, damage evidence, engineered variables and quality flags.
Customer locations are normalised, blocked and compared using identifiers, address, name, geospatial distance and contextual attributes. Results include candidates, conflicts and calibrated confidence.
Damage-state probabilities, repair-cost and downtime ranges, and inspection priority—each tied to the dataset and model release that produced it.
Affected-area search, event-to-asset impact files and prioritised review queues for defined portfolios. Initial batch delivery is scoped with each design partner.
Licensed portfolio or product snapshots in GeoParquet, Parquet or compatibility formats, accompanied by a manifest, checksums and permitted-use terms.
Coverage is agreed per pilot and varies with source rights, territory and asset type. Some building attributes may be inferred. Outputs estimate exposure and impact; they do not predict earthquakes.
Fields depend on the agreed release, territory, sources and permitted rights.
Earthquake occurrence cannot be reliably predicted by this product. Results are probabilistic, coverage varies by jurisdiction, and inferred building attributes carry additional uncertainty.
Each release documents its scope, quality, provenance, model versions and known limitations.
Review the standardsInitial access is structured as a bounded design-partner pilot. Scope, coverage, validation and permitted use are agreed before work begins.
Discuss the pilot →